// every round must last around 5 seconds
// when round ends following things will happen:
// 1. Shard Leader will send block with information about Transactions Registry Block collected most votes
// 2. Winning Transactions Registry Block will be saved to local database and will be sent to Storage Layer
// 3. It will be created Combined Block that will hold information about winning Transactions Registry Block
private void RoundEndedHandler(RoundDescriptor roundDescriptor)
{
if (roundDescriptor == null)
{
return;
}
}
public void AddVotingBlock(RegistryConfidenceBlock confidenceBlock)
{
if (confidenceBlock == null)
{
throw new ArgumentNullException(nameof(confidenceBlock));
}
_logger.Debug($"AddVotingBlock - Adding ConfidenceBlock of round {confidenceBlock.BlockHeight} with BitMask {confidenceBlock.BitMask.ToHexString()}");
//if (confidenceBlock.SyncBlockHeight <= _lastCompletedSyncHeight)
if (_lastCompletedRound > 1 && confidenceBlock.BlockHeight <= _lastCompletedRound && confidenceBlock.BlockHeight != 1 || _lastCompletedRound == 1 && confidenceBlock.BlockHeight == 1)
{
_logger.Error($"AddVotingBlock - Received ConfidenceBlock with Round {confidenceBlock.BlockHeight} violates last completed Round {_lastCompletedRound}. BitMask: {confidenceBlock.BitMask.ToHexString()}");
return;
}
lock (_syncRound)
{
if (!_roundDescriptors.ContainsKey(confidenceBlock.BlockHeight))
{
RoundDescriptor roundDescriptor = new RoundDescriptor(_transactionHashKey);
roundDescriptor.AddVotingBlock(confidenceBlock);
_roundDescriptors.Add(confidenceBlock.BlockHeight, roundDescriptor);
}
else
{
_roundDescriptors[confidenceBlock.BlockHeight].AddVotingBlock(confidenceBlock);
}
_logger.Debug($"AddVotingBlock - Number of voting blocks for round {confidenceBlock.BlockHeight} = {_roundDescriptors[confidenceBlock.BlockHeight].VotingBlocks.Count}");
}
}
public RegistryFullBlock GetMostConfidentFullBlock(ulong round)
{
if (!_roundDescriptors.ContainsKey(round))
{
_logger.Error($"No RoundDescriptor with index {round}");
return(null);
}
RoundDescriptor roundDescriptor = _roundDescriptors[round];
foreach (var confidenceBlock in roundDescriptor.VotingBlocks)
{
IKey key = _transactionHashKey.GetKey(confidenceBlock.ReferencedBlockHash);
if (roundDescriptor.CandidateVotes.ContainsKey(key))
{
long sum = GetConfidence(confidenceBlock.BitMask);
roundDescriptor.CandidateVotes[key] += (int)sum;
}
}
RegistryFullBlock transactionsFullBlockMostConfident = roundDescriptor.CandidateBlocks?.Values?.FirstOrDefault();
//if (roundDescriptor.CandidateVotes?.Count > 0 )
//{
// IKey mostConfidentKey = roundDescriptor.CandidateVotes.OrderByDescending(kv => (double)kv.Value / (double)roundDescriptor.CandidateBlocks[kv.Key].TransactionHeaders.Count).First().Key;
// transactionsFullBlockMostConfident = roundDescriptor.CandidateBlocks[mostConfidentKey];
//}
if (transactionsFullBlockMostConfident == null)
{
_logger.Error($"No candidates found for round {round}");
}
else
{
_logger.Debug($"Most confident RegistryFullBlock contains {transactionsFullBlockMostConfident.TransactionHeaders.Count} transactions");
}
return(transactionsFullBlockMostConfident);
}
public void AddCandidateBlock(RegistryFullBlock transactionsFullBlock)
{
if (transactionsFullBlock == null)
{
throw new ArgumentNullException(nameof(transactionsFullBlock));
}
_logger.Debug($"Adding candidate block of round {transactionsFullBlock.BlockHeight} with {transactionsFullBlock.TransactionHeaders.Count} transactions");
_logger.Debug($"{nameof(SyncRegistryMemPool)} - adding candidate block {transactionsFullBlock.RawData.ToHexString()}");
if (_lastCompletedRound > 1 && transactionsFullBlock.BlockHeight <= _lastCompletedRound && transactionsFullBlock.BlockHeight != 1 || _lastCompletedRound == 1 && transactionsFullBlock.BlockHeight == 1)
{
_logger.Error($"Received FullBlock with Round {transactionsFullBlock.BlockHeight} violates last completed Round {_lastCompletedRound}. Number of transactions: {transactionsFullBlock.TransactionHeaders.Count}");
return;
}
else
{
_logger.Debug($"Received FullBlock with Round {transactionsFullBlock.BlockHeight} matches completed Round {_lastCompletedRound}");
}
lock (_syncRound)
{
if (!_roundDescriptors.ContainsKey(transactionsFullBlock.BlockHeight))
{
RoundDescriptor roundDescriptor = new RoundDescriptor(_transactionHashKey);
roundDescriptor.AddFullBlock(transactionsFullBlock);
_roundDescriptors.Add(transactionsFullBlock.BlockHeight, roundDescriptor);
}
else
{
_roundDescriptors[transactionsFullBlock.BlockHeight].AddFullBlock(transactionsFullBlock);
}
_logger.Debug($"AddCandidateBlock - Number of candidate blocks for round {transactionsFullBlock.BlockHeight} = {_roundDescriptors[transactionsFullBlock.BlockHeight].CandidateBlocks.Count}");
}
}
